def setup_inst_object(mode): user_name = "Test" inst_obj = Polaris(user_name=user_name, calibration_mapping_file=calibration_map_path, calibration_directory=calibration_dir, output_directory=output_dir, mode=mode) sample_details = SampleDetails(height=4.0, radius=0.2985, center=[0, 0, 0], shape='cylinder') sample_details.set_material(chemical_formula='Si') inst_obj.set_sample_details(sample=sample_details) return inst_obj
def setup_inst_object(mode): user_name = "Test" inst_obj = Polaris(user_name=user_name, calibration_mapping_file=calibration_map_path, calibration_directory=calibration_dir, output_directory=output_dir, mode=mode) sample_details = SampleDetails(height=4.0, radius=0.2985, center=[0, 0, 0], shape='cylinder') sample_details.set_material(chemical_formula='Si') inst_obj.set_sample_details(sample=sample_details) return inst_obj
def run_focus(): [sample_empty, _, run_number] = gen_required_run_numbers() sample_empty_scale = 1 # Copy the required spline file into place first (instead of relying on the generated one) splined_file_name = "HRPD66031_splined.nxs" original_splined_path = os.path.join(input_dir, splined_file_name) shutil.copy(original_splined_path, spline_path) inst_object = setup_inst_object() sample = SampleDetails(shape="cylinder", center=[1, 5, 1], height=1, radius=1) sample.set_material(chemical_formula="Si") inst_object.set_sample_details(sample=sample) return inst_object.focus(run_number=run_number, window="10-110", sample_empty=sample_empty, sample_empty_scale=sample_empty_scale, vanadium_normalisation=True, do_absorb_corrections=True, multiple_scattering=False)
def run_focus(): [sample_empty, _, run_number] = gen_required_run_numbers() sample_empty_scale = 1 # Copy the required spline file into place first (instead of relying on the generated one) splined_file_name = "HRPD66031_splined.nxs" original_splined_path = os.path.join(input_dir, splined_file_name) shutil.copy(original_splined_path, spline_path) inst_object = setup_inst_object() sample = SampleDetails(shape="cylinder", center=[1, 5, 1], height=1, radius=1) sample.set_material(chemical_formula="Si") inst_object.set_sample_details(sample=sample) return inst_object.focus(run_number=run_number, window="10-110", sample_empty=sample_empty, sample_empty_scale=sample_empty_scale, vanadium_normalisation=True, do_absorb_corrections=True, multiple_scattering=False)